[pic] |JUBAIL INDUSTRIAL COLLEGE | | DEPARTMENT OF ELECTRICAL AND ELECTRONICS ENGINEERING TECHNOLOGY | |SEMESTER: 281 | |EEE331 : DIGITAL SYSTEM DESIGN
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DM74LS193 Synchronous 4-Bit Binary Counter with Dual Clock September 1986 Revised March 2000 DM74LS193 Synchronous 4-Bit Binary Counter with Dual Clock General Description The DM74LS193 circuit is a synchronous up/down 4-bit binary counter. Synchronous operation is provided by having all flip-flops clocked simultaneously‚ so that the outputs change together when so instructed by the steering logic. This mode of operation eliminates the output counting spikes normally associated with asynchronous
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– 5 + 12 (1) e) 2. 1.5 x 785 18 – 26 (1) Find the area and perimeter of the shape below: 5cm 12cm 6cm 3 cm Perimeter = Area = 3. (2) (2) In a bag there are 5 blue counter‚ six yellow counters‚ two white counters and three red counters. I take one counter form the bag without looking What is the probability that it is a) yellow? (1) b) red or blue? (1) c) black ? (1) 2 RMH S0908 YR7MAT 2 1 3 2 3 c) 4 4 x1
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queue for buying milk in the morning and in the evening. People stand in a queue and one by one they move on to the window. Each person pays the money for the milk according to requirement. He gets special counters. Then he moves on to the machine with a slot to insert the counter. Only one counter can be inserted at a time into the slot. Then half a liter of milk is poured into the vessel. People are in a hurry to get to the window or the machine. Sometimes‚ some people try to break the queue. This
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Contents ← Introduction ← Basic gates ← Operation of the circuit ← Working of the circuit ← Circuit diagram ← Semiconductor configurations ← Applications of decoder ← Parts list ← Bibliography ( Introduction The decoder is the circuit which is used to decode the BCD count into its equivalent decimal readout. The IC used in this circuit to decode the BCD count into its equivalent decimal is the famous IC 7447. This IC is the member of TTL family which
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4017B Decade counter (5-stage Johnson counter) Navigation The Beastie Zone contains detailed information about lots of useful integrated circuits‚ including test circuits with easy to follow prototype board layouts... | | | 1. Pin connections | More updated pages... | 2. What is a decade counter? | DDE2 : Logic Gates | 3. Basic operation | DDE3 : Astables | 4. RESET and ENABLE inputs | DDE4 : Monostables | 5. Sequencing | | 6. Inside the 4017 | Safety Lights
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Lab 11 MANAGING AND MONITORING PERFORMANCE |Exercise 11.1 |Using Event Viewer | |Overview |In Exercise 11.1‚ you demonstrate some methods for isolating the most important events in the Windows| | |7 logs. | |Completion time
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Millenium software is used by almost all the post offices all over the country. Prior to the use of this software‚ in a manual environment specific counters had been put in place for different types of transactions. A customer would generally need to interact with two counters to get any transaction done. All the data‚ which was captured at the counter‚ was duplicated again at the back-end and all the accounting and integrating functions were being done manually. As manual calculations were involved
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connections The 4017 available from Rapid Online decade counter has ten outputs which go HIGH in sequence when a source of pulses is connected to the CLOCK input and when suitable logic levels are applied to the RESET and ENABLE inputs. 2. What is a decade counter? The counting action of the 4017 can be understood from the graph below: Just one of the individual outputs is HIGH at a time. This is quite different from the behaviour of a BCD counter like the 4510 in which it is the combination of 0’s
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QUESTION: SUMMARY OF THE SEQUENTIAL SYSTEMS A Sequential System is a system that has memory. The output in a sequential system does not only depend on the current output‚ but also depends on the history of previous inputs. We dwell mostly on clocked/synchronous systems. A clock a signal that alternates between 1 and 0 at a regular rate over time. Due to the fact that the system can only store a finite number of states‚ sequential systems are sometimes called finite state machines (FSMs). A sequential
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